A biosensor is defined as a measuring system that includes a biological receptor unit with
distinctive specificities toward target analytes. Such analytes include a wide range of …

Etching, considered as the reverse process of growth, has drawn intensive interests in the
past decades. Rather from offering building blocks for formation of materials, etching is …

Direct growth of graphene films on glass is of great importance but has so far met with
limited success. The noncatalytic property of glass results in the low decomposition ability of …

Graphene's practical applications require its reproducible production with controlled means.
In particular, graphene synthesis by chemical vapor deposition on metals has been shown …

Recently, much research has been reported on the fabrication of carbon-nanofiller (eg,
carbon nanotube (CNT), carbon nanosheet (CNS), and graphene)-reinforced copper matrix …

The optimization process of the desired size and quality of graphene domains is usually very
difficult due to the numerous interdependent parameters in chemical vapor deposition …

Exposing graphene to a hydrogen post-etching process yields dendritic graphene shapes.
Here, we demonstrate that similar dendritic structures can be achieved at long growth times …

Abstract Recently, Stone–Wales (SW) defects gradually attracted people's research interest
because of their unique properties. The theoretical research indicated that the SW defect in …

Anisotropic etching of graphene and other two dimensional materials is an important tool to
understand the growth process as well as enabling fabrication of various well-defined …

Bandgap modification in graphene has received immense attention in the quest to develop
postsilicon electronic materials. Hydrogenation of graphene has largely been the focus of …